Zeimax New Variation Bluetooth 4.1 Headphone supports A2DP Â¡ cents AVRCP Â¡ cents HSP Â¡ cents HFP for Cellphone, with CCAW voice coil from Japan
As your personal music gadget, 1 gram of weight suffices to affect utilizing experience, so as a good headset, lightweight is a must. Compare to 15-20 grams weight of other headsets, personalize only 11.5 grams of Q2, has actually created unprecedented breakthrough. Light-weight as nothing on ear, however accompany with you in every moment.Q2 is cordless and humanized for you. Connect to 2 phones concurrently. Voice command state Â¡ Â° Yes Â¡ Â± or Â¡ Â° No Â¡ Â± choose whether to select a call; Press MF button 2 seconds, then release, to trigger voice assistant of mobile phone, e.g. Siri(Phone feature); last however not the end, press MF button and Vol(-) concurrently to pick voice promts(Chinese/English).
Bluetooth version: V4.1
Frequency range: 2.4GHz-2.48 GHz
Running distance: as much as 10m (totally free area)
Bluetooth profiles: A2DP Â¡ cents AVRCP Â¡ cents HSP Â¡ cents HFP
Standby time: as much as 180hrs
Talk/music playtime: about 5 hours
Charging time: about 2 hours
Frequency response: 20Hz-20kHz
Operational temperature: -10 to 50 DegreeC
S2 BT sports headset 1pc
USB charging cable 1pc
User manual 1pc
GENUINE Zeimax PRODUCTS ,Don't buy fakes from unauthorized sellers.
Reproduced true sound: Crafted with 10mm dynamic drivers, and CCAW voice coil from Japan, it created surprising full-bodied timbre, clear and bright, restore true sound of your favorite singer.
Leading new era by Bluetooth 4.1: Incorporate high speed 80MIPS Kalimba CPU and 80MHz RISC MCU Bluetooth 4.1 chipset of CSR from the UK, Q2 is tough enough for stable high speed operation.
Ultra HD voice: Sample rate of Q2 has dramatically expanded from 8kHz to 16kHz, speech frequencies expanded from 280Hz-4kHz to 50Hz-6.1kHz, ultra HD wideband speech has come to your world.
6th generation CVC noise reduction: Significantly improves receive path voice signal by sophisticated algorithm technology and altering the spectral shape of the receive path signal.